qmtprojector-100
High precision and compact equipment
High precision and compact equipment
The qmtprojector-100 is a testing device accessible to all and intended particularly for production control in the microtechnology sector. It allows high-precision measurement of the dimensional characteristics of static parts in the field. Quick and easy to use, without adjustment or alignment, the part is simply placed to measure it reliably and precisely.
Robust design and equipped with an integrated computer, it benefits from the range of software qmtmesure . Qmtjust technology is integrated to ensure metrological performance. Custom functions can be developed as part of the qmtf4u customization program .
- No planing: Reliable and very fast measurement without planing even when changing products
- High precision: qmtjust to guarantee metrological performance
- Ease of use, no programming
- Qmtsixsigma option for APC (Automated Process Control)
Board measurement
Screw and tap measurement
Measurement of turned parts
A demonstration of the difference in use of a standard fitting with the qmtvLine : time saving and ease of use
readingA full-field optical tester
Qmtprojector-100 technologies
The qmtprojector-100 is a device developed by qmt to meet the specific needs of measurements in microtechnical fields and in particular watchmaking.
The qmtprojector-100 has an optical system that acquires the image of the entire field of view at very high resolution and in one image capture. The image of the part is therefore visible and constantly refreshed, at the same time all the measurements are carried out and displayed.
The qmtprojector-100 is small in size (560 x 210 x 350mm) and it is fully integrated including the computer system. It is enough to connect the qmtprojector-100 to the electricity to be able to use it.
With telecentric lens, very high resolution camera and qmtjust calibration
The control program is carried out using a simple interface with standard sequences
For the measurement, without programming, of complex parts such as plances, anchors, screws, ...
For simple, fast and high-precision measurement without adjustment or alignment
Compact, integrated and precise
| Functions | qmtprojector-100 (2 MPixels) | qmtprojector-100 (5 MPixels) | qmtprojector-100-deco |
|---|---|---|---|
| Field of view [mm] | 8.5 x 7.1 | 16.0 x 13.4 | 28.5 x 23.6 | 8.5 x 7.1 | |
| Accuracy [μm] | 1.2 | 2.3 | 3.8 | 0.7 | 1.4 | 2.3 | 0.7 |
| Lighting | Telecentric Diascopic | ||
| Measurement software | QMTMesure-Base or QMTMesure-Pro | ||
| qmtcalquecontrol (DXF) | Optional function according to function table | ||
| Advanced metrological functions | table of optional functions | ||
| qmtsxisigma | Qmtf4u customization | ||
| Computer science | Integrated into the equipment | ||
| Screen | 12 "or 21" touch screen | 21 "touch screen | |
| Focus (z axis) | Manual | ||
| Dimensions (H x W x D) [mm] | 560 x 210 x 350 | ||
| Item codes | QPB-226806-200G: 8.5 x 7.1 QPB-226806-010A: 12 "screen | QPB-226801-100A (in addition to the same article codes) | AQMTG00900000-01 |
All solutions are based on unique software functions
For optical control
To increase production yields
and the quality of the parts
For aesthetic control
For acoustic and vibration control
Dimensional control with the QMTProjector
QMTProjector devices are easy to use and efficient
readingMeasurement and control at the edge of lines and in laboratories
Six product lines
Customized software developments with the qmtm4u program and standard software such as qmtmesure
Acquisition and processing of signals with software, hardware, acquisition hardware and sensors
Autonomous, they are dedicated to measurement for control by sampling in production and for the laboratory
Completely automatic from the feeding of the parts to the control: any non-conforming part is thus ejected and therefore the quality control is 100% guaranteed
qmtembedded
They operate autonomously with acquisition, processing and control to supervise and automate
qmtbench
physical systems making it possible to put a product in configurable and controlled conditions of use in order to observe and measure its behavior